High-risk Industries Research Articles

The Combined Effects of Financial and Market Indicators on the Valuation of New Listings: Evidence from the Biopharmaceutical Sector

This study confirms that financial and market data have a significant impact on the valuation of newly listed companies, especially in the biopharmaceutical industry. Using multiple linear regression models, this paper found significant differences in the impact of EBITGR and EBITDAGR on price-to-earnings ratio (P/E Ratio) across years. Other indicators such as Total Asset Turnover, Return on Assets (ROA) and Debt to Equity Ratio (D/E Ratio) have weaker explanatory power and unstable influence. In addition, fluctuations in market valuations of listed companies are influenced by market sentiment and the macroeconomic policy environment. In high-growth, high-risk industries such as biopharmaceuticals, regulatory policies and listing structure reforms in the market can cause structural changes in model performance. At the same time, changes in market sentiment and regulation can also affect the explanatory power of financial indicators to some extent. Further analyses showed that market preferences for valuation changed over time during the study period, especially when the market moved significantly, driven by regulatory policy and the external environment. This makes the conclusions of the study's findings subject to uncertainty in different market environments. Overall, this study reveals a number of key factors affecting the market valuation of newly listed companies and highlights the importance of the interaction between market data and financial indicators. In future research, more attention should be paid to the role of different time periods, market conditions and industry characteristics to avoid potential valuation traps and provide more informative support to market investors and managers.

Research on the Synergy between Economic Returns and Safety Investments in Enterprises

Coal, as a key input factor to ensure China's economic growth, plays an important role in the orderly development of its industry. The safety guarantee of production link is the only way to ensure the stable development of the industry, so it is in urgent need of the investment of safety funds and effective implementation to protect it. As a high-risk industry, the coal industry has a poor working environment, difficult working conditions, backward safety technology, and endless hidden dangers. In the process of development, the coal industry blindly pursues benefits while ignoring safety investment, which is exactly a common problem in China's coal enterprises and also the deep cause of coal mine safety accidents. This paper uses relevant theories to analyze the effect of coal enterprises' safety investment on economic benefit and determine its equilibrium point of safety and economic benefit. From micro level of building model, neural network model for coal enterprise economic benefit is explained variable, safety input as explanatory variables, core number of coal production, labor, labor productivity, and fixed assets and intangible assets investment as a intervening variable, such as inspection cause nonlinear relationship between safety investment and economic benefit are intermediary variables, measure the influence of different variables on economic benefit enterprise security mechanism, which integrated the result of theoretical analysis and empirical research, puts forward coal enterprises safety investment economic efficiency maximization of promotion strategy.

Safety leadership and safety citizenship behavior: the mediating roles of safety knowledge, safety motivation, and psychological contract of safety

The relationship between safety leadership and safety citizenship behavior (SCB) is well established in prior research; however, the effects of safety knowledge, safety motivation, and psychological contract of safety (PCS) on this relationship still need to be examined. This study investigated the mediating roles of safety knowledge, safety motivation, and psychological contract of safety in the relationship between safety leadership and SCB. Cross-sectional survey data were gathered from 205 employees in a high-risk industry in Iran. Path analysis showed that safety knowledge, safety motivation, and PCS played mediating roles between safety leadership and SCB. Improving the safety of employees and enhancing safety in organizations can be achieved by considering the significance of safety leadership and enhancing SCB among employees. Creating environments with higher levels of fulfillment of safety obligations between leaders and employees is important in achieving safety goals.

Identifying ESG types of Chinese solid waste disposal companies based on machine learning methods

In the context of China's efforts to combat climate change and promote sustainable development, the solid waste treatment industry's environmental, social, and corporate governance (ESG) performance is receiving significant attention. To comprehensively assess the ESG performance of the solid waste treatment industry and identify company types, this study constructs a targeted ESG evaluation index system based on existing literature, SASB industry standards, and company reports and utilizes a random forest approach combined with K-means clustering to determine indicator weights. Based on this index system, the paper evaluates the ESG performance of 71 solid waste disposal companies (SWDCs) from 2013 to 2021 and identifies their ESG types from static and dynamic perspectives. In the static view, company types are determined based on annual ESG performance, while the dynamic view considers time-series changes to observe the evolution of company ESG types. The results show that the overall ESG performance of SWDCs falls within the 2-8-point range, indicating a noticeable high-low imbalance. Key initiatives to improve ESG performance in this industry include enhancing waste management measures, developing emergency plans, and reinforcing ESG disclosure. From a static perspective, this paper can identify companies into three categories: delayed development, single-wheel-driven, and coordinated development. Finally, from a dynamic perspective considering the time factor, companies are further subdivided into five types: continual leading, growth catch-up, slow progress, fluctuating change, and retrogressive inertia. This study not only provides targeted recommendations for different types of ESG companies but also helps various sectors of society better understand the ESG conditions of this high environmental risk industry, thereby enhancing the regulation and support for its sustainable development.

Multinational Enterprises and Human Rights Protection

Multinational enterprises are playing an important role in economic globalisation. Meanwhile, it is common for multinational enterprises to violate human rights overseas while it is difficult for victims to seek remedies. The international law which can regulate human rights violations by multinational corporations are mostly soft laws, but there is a lack of guarantees for the implementation of soft law. In domestic law, most host countries are developing countries that cannot regulate multinational enterprises effectively. And home states lack the will to regulate multinational enterprises because their interests are so closely linked. There are also obstacles like the exercise of jurisdiction and the corporate veil which prevent the multinational enterprises responsible for human rights overseas. Therefore, this essay clarifies the extraterritorial jurisdiction, the non-harm principle and the human rights due diligence to support the responsibility of multinational enterprises. Eventually, this essay clarifies that it is necessary to narrow the gap between the ideal of hard law and the reality of soft law in international law. In the meantime, host states and home states should both strengthen the legislation of human rights due diligence and protection for high-risk industries. Harmonious interaction and co-development of international and domestic law should also be considered and the non-governmental organisation should issue guidelines, and strengthen the regulatory role.

Wear-resistant and adherent nanodiamond composite thin film for durable and sustainable silicon carbide mechanical seals

In response to environmental concerns, there is a growing demand for durable and sustainable mechanical seals, particularly in high-risk industries like chemical, petroleum, and nuclear sectors. This work proposes augmenting the durability and sustainability of silicon carbide (SiC) ceramic seals with the application of a nanodiamond composite (NDC) film through coaxial arc plasma deposition (CAPD) in a vacuum atmosphere. The NDC coating, with a smooth surface roughness of Ra = 60 nm as substrate, demonstrated a thickness of 1.1 μm at a deposition rate of 2.6 μm/h. NDC film has demonstrated exceptional mechanical and tribological characteristics, such as a hardness (H) of 48.5 GPa, Young's modulus (E) of 496.7 GPa, plasticity index (H/E) of 0.098, and fracture toughness of H3/E2 = 0.46 GPa, respectively. These NDC films showcased commendable adhesion strength (>60 N), negligible wear, and low friction (≤0.18) during dry sliding against a SiC counter material. Raman analysis has confirmed the nanocomposite structure of NDC film, emphasizing the role of highly energetic carbon ions in enhancing film adhesion by forming SiC intermetallic compounds at the interface through the diffusion of silicon atoms from the substrate into the films. The abundance of grain boundaries and rehybridization of carbon sp3 to sp2 bonding is perceived to improve tribological performance. CAPD excels in synthesizing long-life eco-friendly NDC coatings for durable and sustainable mechanical seals, featuring smooth surfaces, superior adhesion, outstanding hardness, and wear resistance, making them high potential candidates for various tribological applications.

Maintenance as a sustainability tool in high-risk process industries: A review and future directions

The intricate interplay between sustainability and maintenance management within high-risk process industries constitutes a focal point for scientists, engineers, and strategic planners. Recognizing maintenance management as a pivotal component of comprehensive development strategies, this study delves into the challenges posed and opportunities presented by these critical sectors. Leveraging cross-sectoral scientific data from diverse applications and databases, this research aims to discern novel developmental patterns and multifaceted sustainability aspects embedded within high-risk industrial contexts. Drawing upon an extensive literature review, the study identifies three fundamental pillars (environmental, economic, and social) that underpin emerging trends in maintenance development. These pillars serve as guiding principles, directing research endeavours towards maintenance strategies conducive to both improvement and sustainability objectives.This article meticulously examines the nexus between maintenance capacity and the realization of sustainability goals. By exploring nuanced sustainability considerations in the realm of maintenance development possibilities, the research illuminates the vital role of maintenance in ensuring the sustainability of high-risk process industries. This study underscores maintenance management as an indispensable component within the framework of a sustainable organization. This study aims to provide a decision-making framework for stakeholders in the process industries to design sustainable maintenance strategies.

How Constructionist Perspectives on Learning Can Improve Learning and Prevent Accidents in High-Risk Industries

Management systems containing procedures, checklists, and descriptions for how various tasks should be conducted are often used in high-risk industries. Much has been written about the judicial and technological concerns of management systems, but less has been written on how to train staff in the use of them. Through a cognitive-constructionist perspective combined with social constructivism, this paper discusses how staff training can be designed to fit the characteristics of the workers. This paper focuses on how people learn in different ways, and how this is related to perspectives on knowledge. The method used is semi-structured interviews with twenty-seven workers in two different companies operating in the oil and gas-producing industry. The workers got only a short web-based theory course on the management system, with no practical exercises, repetitions, or other types of follow-ups. This is a signal that the management system is of less importance, and many of the workers thought they did not need it. Training must be designed to fit the workers, with practical exercises, repetition, and possibilities for on-the-job training. Accidents in this sector can cause human losses and great environmental harm, and this paper argues that better training of staff can prevent such accidents and reduce harm to the environment.

What is the effectiveness of reporting systems in promoting learning in healthcare?

Patient safety in healthcare remains a top priority. Learning from safety events is vital to move towards safer systems. As a result, reporting systems are recognised as the cornerstone of safety, especially in high-risk industries. However, in healthcare, the benefits of reporting systems in promoting learning remain contentious. Though the strengths of these systems, such as promoting a safety culture and providing information from near misses are noted, there are problems that mean learning is missed. Understanding the factors that both enable and act as barriers to learning from reporting is also important to consider. This review, considers the effectiveness of reporting systems in contributing to learning in healthcare.

Conceptual framework for effective communication strategies in high-risk industries: Insights from the energy sector

This concept paper explores the conceptual framework for developing and implementing communication strategies tailored to the unique challenges of high-risk environments. Drawing insights from the energy sector, the paper identifies the importance of clear communication, stakeholder engagement, and proactive risk management. By establishing a robust conceptual framework, organizations can enhance safety, mitigate risks, and improve overall performance. Effective communication strategies are paramount in high-risk industries, particularly in the energy sector, where safety and operational efficiency are non-negotiable. This paper delves into the intricacies of crafting and executing communication strategies that address the specific challenges prevalent in such environments. Leveraging insights gleaned from the energy sector, it underscores the pivotal role of lucid communication, active stakeholder engagement, and preemptive risk management. Through the establishment of a sturdy conceptual framework, organizations stand to bolster safety protocols, mitigate potential risks, and elevate their overall performance. In high-risk industries like energy, effective communication serves as the linchpin that binds together various operational facets, ensuring seamless coordination and alignment with overarching objectives. Amidst the complex operational dynamics characteristic of the energy sector, clarity in communication emerges as a foundational element for averting potential hazards and facilitating smooth operations. This paper navigates through the nuances of communication strategies tailored to high-risk environments, advocating for a strategic approach that not only disseminates information but also fosters understanding and accountability across all levels of the organization. Drawing from experiences within the energy sector, it becomes evident that effective communication transcends mere transmission of messages; it embodies a holistic approach that encompasses proactive engagement with stakeholders and meticulous risk assessment. In the energy sector, stakeholders encompass a diverse spectrum ranging from employees and regulatory bodies to local communities and environmental advocates. Effective communication entails not only disseminating information but also soliciting feedback, fostering transparency, and nurturing trust among stakeholders. By fostering open channels of communication, organizations can cultivate a culture of collaboration, thereby enhancing operational efficiency and engendering stakeholder buy-in for initiatives aimed at risk mitigation and sustainability.

Describing the impact of psychological safety on risk prevention: A threshold model construction.

Like other things, psychological safety has a too-much-of-a-good-thing effect on the risk prevention process. There are warranted systematic and theoretical discussions on both positive and negative influences of psychological safety, which provide useful guides to handling potential risks for workers. This study focuses on the psychological safety analysis of work safety for workers in high-risk industries through the construction of a theoretical model, illustrating that a higher level of psychological safety is not better. This study explores the impact of workers' psychological safety on the potential risk of work safety by conducting a comprehensive analysis of relevant literature and employing inductive reasoning and analogy methodology. We systematically reviewed the research background and several hypotheses of psychological safety, described the relationship between psychological safety and risk prevention from three levels, and constructed the threshold initial, special, and extended model of psychological safety to reveal the importance of workers' psychological safety when handling potential risks. This research effectively describes the influence of high, moderate, and low levels of psychological safety on the risk prevention of work safety, which provides a psychological model guide to developing measures for the improvement of work safety management.

Occupational accidents in Slovak Military Forests and Estates: incidence, timing, and trends over 10 years.

Forestry provides a wide range of employment opportunities worldwide and is seen as one of the high-risk industries in terms of occupational accidents. The submitted study analyzed the injury rate in the Military Forests and Estates of the Slovak Republic (62.6 thousand ha) between 2013 and 2022. The data analyses included regression and correlation analyses, χ2 tests to analyze the relationships between studied variables, and incidence rates. During the observed period, employees suffered 26 occupational accidents, of which 19.2% were light, 57.7% were registered, 23.1% were severe, and 0% were fatal. For every 1 million m3 of harvested timber, 7.7 accidents occurred. The incidence rate during the observed period was 672.1/100,000 employees. The highest proportion of accidents was in the age group 51-60 years and in employees with the lowest length of work experience <5 years. Regarding time, the highest proportion of occupational accidents occurred between 8:01 and 10:00 AM (53.8%) and day-wise on Thursdays (46.2%). The highest proportion of accidents occurred among forest workers (65.3%) during pruning and silviculture activities (42.3%). The most common injury site was forest stands (65.3%). Superficial injuries (34.6%) were the most common, mainly affecting the lower limbs (50%). The most frequent material agents causing the accidents were work and transport areas as sources of worker fall (38.5%), and the most frequent reason for an accident to occur was the lack of personal requirements for proper work performance (92.4%), whereas only (3.8%) of accidents occurred due to the use of forbidden or hazardous working procedures. The presented study identified the most vulnerable worker groups and provided an overview of the overall injury rate at the state forest company in Slovakia. The documentation can be incorporated into the safety strategies of forest enterprises.

Leveraging up Profitability in the Oil and Gas Industry: Economic Evaluation of the Continuity of Monobore Drilling Well Architecture in PT Pertamina Hulu Indonesia Zone 9 in Structure-X

In the context of the high-risk, high-investment oil and gas industry, operational efficiency plays a pivotal role in profitability, making Key Performance Indicators (KPIs) a crucial focal point. In 2021, the oil production downturn in PEP TSS, particularly in the drilling sector, raised concerns about the financial outlook. The condition became tamed after merging with PHSS, which created an opportunity to transfer knowledge from one another. This actually prompts a critical examination of the potential for implementing monobore well architecture, notably in Structure-X. Monobore design, renowned for its cost-effective approach to wellbore design, production, and completion, emerges as a promising avenue for financial recovery for PEP TSS. The research stages encompass a thorough literature review, analysis of primary and secondary data, and quantitative assessments. Assumptions revolve around the cost-effectiveness and performance improvements achievable through monobore, supported by the hypothesis that it can outperform conventional well architecture with a high chance of success findings indicating a mere 14% probability of NPV &lt; 0 and an estimated $0.54 million USD increase in profitability compared to conventional well architecture, suggesting significant potential for financial gains in the industry.

The implementation of a practice-oriented approach in teaching students of technical universities based on the development of a digital twin of the information system of an industrial enterprise

Introduction. In teaching future engineers and mechanics, difficulties arise when they study such disciplines as Theoretical Mechanics and Strength of Materials. As a rule, this is due to the need to consolidate students’ acquired theoretical knowledge. However, carrying out a sufficient number of strength tests of products is associated with significant financial costs, so it is often economically expensive to obtain results by implementing physical experiments, and in some cases it is simply impossible. In this regard, for teaching it is advisable to use accurate distributed dynamic mathematical and software models of objects, that is, digital twins. Materials and methods. As a prototype of a digital twin, an information system of an industrial enterprise was considered, designed to monitor the stress-strain state of a beam using strain gauge data. 198 students and 8 teachers from the Faculty of Mechanics and Technology and the Faculty of Automation and Computer Engineering of the Novosibirsk State Technical University (Russian Federation) took part in testing the methodology. Methods of mathematical statistics: Pearson's chi-squared test, survey and correlation analysis. Results. As a result of the introduction of teaching methods based on the use of a digital twin, situations were created that required students to critically analyze and include metacognitive skills. The implementation of practice-oriented training when working with a digital twin of an information system of an industrial enterprise has an impact on the academic performance of students (χ2 = 4.08; p &lt; 0.05) and allows students to firmly consolidate the acquired theoretical knowledge and practical skills, which will subsequently allow the formation of sustainable professional competencies. Scientific novelty. The study revealed that learning using a digital twin contributes to a more controlled passage of the curriculum by students, develops qualities such as self-control and self-discipline, and stimulates cognitive interest in a specific academic discipline and the educational process in general. Practical relevance. The main advantage of introducing a digital twin of an industrial enterprise information system into the learning process is the effectiveness of this approach in terms of consolidating and developing practical skills among students. In addition, teaching using digital twins is particularly useful for preparation activities in high-risk industries, where practice at real-life facilities is impossible or difficult.

Supervisor relationships, peer support and mental health stressors in the Australian building and construction industry

Mates in Construction (MATES) is a multi-faceted strategy developed in Australia to address suicide prevention in the workplace. MATES operationalized a workplace mental health framework consisting of five domains in 2019 in a move toward a broader systems-based approach to workplace mental health in the building and construction work environment. Using job demands-resources (JD-R) theory and a revised version of the People at Work Survey (PAW-Con), the objective of this study is to explore workplace mental health trends within the Australian building and construction industry with the aim of identifying areas of improvement required to mitigate psychosocial hazards at work. A quantitative method of analysis of reported job demands and resources of 1158 construction workers was used to establish correlation and means scores within the building and construction work environment. Industry means scores enabled comparison with existing safe valid mean scores utilizing established JD-R measurements. Data was collected from construction industry workers over a twelve-month period with the findings highlighting concerns related to supervisor conflict, peer support and job control as psychosocial hazards requiring industry wide improvement. Fly-In Fly-Out (FIFO) and Drive-In Drive-Out (DIDO) work environments demonstrated different hazards in procedural justice, role ambiguity and role conflict. This study demonstrates workplace mental health issues that require attention. Targeted training of supervisors and implementation of workplace plans to address areas of identified concern will reduce rates of mental distress, harm and suicide in a high-risk industry.

Analysis of Factors Influencing Work Accidents in the Production Section at PT Industri Kapal Indonesia (Persero)

Background: A work accident is an unwanted incident at work that can result in physical harm or even death. Occupational Health and Safety (OHS) knowledge is still lacking, employees know that PPE has been provided but the attitude of using PPE is still lacking. The purpose of this study was to determine the factors that influence the incidence of work accidents in the production department. Methods: The research method is a quantitative design with a case control study approach using a simple random sampling technique. Data processing and analysis were carried out using univariate, bivariate, and multivariate analyses. Results: The results of this study indicate that there is an influence between workers' attitudes towards work accidents (ρ = 0.002). Meanwhile, years of service (ρ=0.185), use of PPE (ρ=0.824), knowledge (ρ=1.000), behavior (ρ=0. 654) and Action (ρ = 1.000) showed no effect on the incidence of work accidents. Conclusion: Workers with a new work period tend to have more work accidents. The frequency of work accidents unaffected by the use of PPE. In addition, having high or low knowledge does not ensure that an employee will not be exposed to risk factors or have an accident at work, particularly in high-risk industries. The attitudes of employees concerning workplace accidents are influenced. Nonetheless, there is no correlation between employee conduct and the frequency of workplace mishaps. Another result is that one of the factors that might lead to work accidents is human conduct, specifically risky activities.

Risk and related factors of elbow musculoskeletal diseases: A nationwide cross-sectional survey in China.

Although studies have shown that Work-related Musculoskeletal Disorders (WMSDs) are common and continue to be a main source of disability and work time loss, there are few reports on elbow WMSDs. The aim of this study was to explore the prevalence and associated factors of elbow WMSDs. The valid questionnaires of 57501 workers from 15 different industries nationwide were collected and the Chi-square test and logistic-regression-analysis were applied to reveal the prevalence and risk factors of elbow. The findings indicated that prevalence of elbow WMSDs among workers was 7.3%. The prevalence of elbow WMSDs in toy manufacturing was 21.3%, which significantly higher than that in other industries (P<0.05). Logistic regression analysis showed that aged 40 and above, married, very poor health, left-handed, lifting weights (more than 20 kg each time) , work requiring upper limb or hand force, work in an uncomfortable position, repetitive operations within one minute, using vibrating tools, work involves cold, cool winds or temperature changes, work being completed in the same workshop, work being done outdoors, frequent deal with customers , two shifts, often work overtime, staff shortage, often work for colleagues were the risk factors of elbow WMSDs.The higer education level and monthly income, and enough rest time were the protective factors of elbow WMSDs. The toy manufacturing is a high-risk industry for elbow WMSDs. The publicity and education of ergonomics knowledge should be strengthened, and the workers' ergonomics awareness should be improved to reduce the impact of WMSDs.

Occupational Health Assessment and Risks in Automotive and Wood Manufacturing Industries: A Retrospective Study

Objective: This study examines workers' health status and occupational risks in the automotive manufacturing and wood manufacturing sectors based on medical examinations conducted between January 2019 and January 2020. Materials and Methods: It involves 27 individuals with an average age of 36.26. Younger workers, especially those aged 20 to 35, show a higher propensity for workplace accidents due to their engagement in hazardous tasks and limited experience. The research emphasizes prevalent health issues such as metabolic syndrome, diabetes, obesity, and cardiovascular diseases among these workers, influenced by sedentary work routines and inadequate physical activity. Workers employed for 1-10 years exhibit the highest incidence of workplace accidents, warranting careful monitoring in this demographic. Key factors observed include tobacco consumption, blood cell counts, hemoglobin, glucose, liver function indicators, and exposure to hazardous substances. The study highlights prevalent hearing impairment and lung abnormalities in these workers, aligning with global trends in occupational health. Results: It recommends regular health screenings, lung film examinations during initial employment, and periodic check-ups for early detection and treatment. While acknowledging limitations, such as study specificity and resource constraints, it underscores the role of such studies in shaping policies, guiding preventive measures, and enhancing worker health and safety in high-risk industries. Conclusion: This study underscores the need for proactive health monitoring and regular screenings to safeguard workers' health, even in industries where symptoms might not be evident.

The Multi-Purpose Robot Controlled via VR

There are still many high-risk industries in society, so it is very important for robots to replace humans to complete these tasks. However, existing robotics are often unable to perform simple operations, limiting their widespread use in society. This study proposes a robot control method based on VR (Virtual Reality) technology, which provides new ideas for solving the difficulties of robot operation through remote control. The production process of this method is mainly divided into two parts: programming and mechanical structure design. In terms of mechanical structure, the project is divided into the body of the robot and the part of the operator. Through this design, the operator can operate the robot remotely. In the end, the project has been verified and achieved good results. By using VR technology to realize remote control of robots, the difficulty of operation is greatly reduced and the application of robots in high-risk industries has been improved. This research provides new ideas and solutions for the application of robotics in high-risk industries.

Highlights of 2023-Print Issue

The 2023 highlights issue of Patient Safety is available to read online and download at no charge. This issue revives previously published articles—original studies, data analyses, interviews, safety alerts, and more—as well as Patient Safety Authority content you may have missed. Among this curated selection are a look at safety issues with medical equipment, supplies, and devices (https://patientsafetyj.com/article/73988); takeaways from high-risk industries that can improve the design and use of visual displays (https://patientsafetyj.com/article/77769) and alarm technology (https://patientsafetyj.com/article/73905); and a timely discussion on the role artificial intelligence can play in healthcare (https://patientsafetyj.com/article/77632). Additional features include • A safety alert about clozapine (https://patientsafetyj.com/article/90674), a last-line therapy for schizophrenia that may cause serious, life-threatening side effects if it is not dosed appropriately • Data analyses from the largest event reporting database of its kind in the United States, including patient safety trends in serious events and incidents (https://patientsafetyj.com/article/74752), and healthcare-associated infections in nursing homes (https://patientsafetyj.com/article/74494) • An interview with pediatrician Dr. Kathleen Walsh about the risk of medication errors at home (https://patientsafetyj.com/article/88516) that can harm kids, families, or even their pets • Important notices about wrong-site surgery (https://patientsafetyj.com/article/91634), drug-eluting stents (https://patientsafetyj.com/article/91635), diabetes and obesity medications (https://patientsafetyj.com/article/91636), and healthcare disparities (https://patientsafetyj.com/article/91637) • A glimpse into the future of healthcare (https://patientsafetyj.com/article/88053) with a modern Nostradamus, Dr. Eyal Zimlichman Patient Safety is fully open access (no fees for authors or readers) and published on a rolling basis throughout the year. We welcome manuscripts from all over the world. If your work can help advance patient safety, please submit it to us for consideration (https://patientsafetyj.com/for-authors), and kindly share our journal with friends, family, colleagues, and caregivers. Subscribe to our journal email list (https://lp.constantcontactpages.com/sl/otqI5QB/journalupdates) to be updated on new articles as they are published online.